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EDGE LOOP

  • Edge loop
  • edge loop, in computer graphics, can loosely be defined as a set of connected edges across a surface. (More specifically, the edges can form an edge ring

    Edge loop

    Edge loop

    Edge_loop

  • Localhost
  • Standard hostname for a networked device's loopback interface

    loopback purposes. That means any packet sent to any of those addresses is looped back. The address 127.0.0.1 is the standard address for IPv4 loopback traffic;

    Localhost

    Localhost

    Localhost

  • Edge of Tomorrow
  • 2014 American science fiction action film by Doug Liman

    2014. Lee, Chris (May 31, 2014). "Doug Liman hopes his wild loop means a hit with 'Edge of Tomorrow'". Los Angeles Times. Archived from the original

    Edge of Tomorrow

    Edge_of_Tomorrow

  • Toe loop jump
  • Element in figure skating

    foot's toe pick. The skater lands on the same back outside edge. In competition, the toe loop is the most commonly performed jump and the most common second

    Toe loop jump

    Toe_loop_jump

  • Loop (graph theory)
  • Edge that connects a node to itself

    graph theory, a loop (also called a self-loop or a buckle) is an edge that connects a vertex to itself. A simple graph contains no loops. Depending on the

    Loop (graph theory)

    Loop (graph theory)

    Loop_(graph_theory)

  • Leiden algorithm
  • Clustering and community detection algorithm

    vertices (nodes) and edges. Each edge is connected to two vertices, and each vertex may be connected to zero or more edges. Edges are typically represented

    Leiden algorithm

    Leiden algorithm

    Leiden_algorithm

  • Loop jump
  • Figure skating jump

    The loop jump is an edge jump in the sport of figure skating. The skater executes it by taking off from the back outside edge of the skating foot, turning

    Loop jump

    Loop_jump

  • Euler operator (digital geometry)
  • their edge loop boundary. To represent a hollow object, the inside and outside surfaces are separate shells. Let the number of vertices be V, edges be E

    Euler operator (digital geometry)

    Euler_operator_(digital_geometry)

  • Fundamental group
  • Mathematical group of the homotopy classes of loops in a topological space

    edge-equivalence classes of edge-loops at v {\displaystyle v} , with product and inverse defined by concatenation and reversal of edge-loops. The edge-path group is

    Fundamental group

    Fundamental_group

  • Percolation theory
  • Mathematical theory on behavior of connected clusters in a random graph

    three-dimensional network of n × n × n vertices, usually called "sites", in which the edge or "bonds" between each two neighbors may be open (allowing the liquid through)

    Percolation theory

    Percolation theory

    Percolation_theory

  • Loop
  • Topics referred to by the same term

    the Chicago Loop Delmar Loop, an entertainment district in St. Louis, Missouri London Outer Orbital Path (LOOP), a signed walk around the edge of Outer London

    Loop

    Loop

  • Time loop
  • Plot device in fiction

    The time loop or temporal loop is a plot device in fiction whereby characters re-experience a span of time which is repeated, sometimes more than once

    Time loop

    Time_loop

  • Phase-locked loop
  • Electronic control system

    A phase-locked loop (PLL) is a control system that generates an output signal whose phase is fixed relative to the phase of an input signal. Keeping the

    Phase-locked loop

    Phase-locked_loop

  • Reciprocity (network science)
  • those networks containing self-linking loops (links starting and ending at the same vertex), the self-linking loops should be excluded when calculating L

    Reciprocity (network science)

    Reciprocity (network science)

    Reciprocity_(network_science)

  • Figure skating jumps
  • (the toe loop, the flip, and the Lutz) and edge jumps (the Salchow, the loop, and the Axel). The Euler jump, which was known as a half-loop before 2018

    Figure skating jumps

    Figure_skating_jumps

  • Network topology
  • Arrangement of a communication network

    transmitters and receivers can be cut in half. Since a message will eventually loop all of the way around, transmission does not need to go both directions.

    Network topology

    Network topology

    Network_topology

  • Feedback
  • Process where information about current status is used to influence future status

    as inputs as part of a chain of cause and effect that forms a circuit or loop. The system can then be said to feed back into itself. The notion of cause-and-effect

    Feedback

    Feedback

    Feedback

  • Random graph
  • Graph generated by a random process

    obtained by starting with a set of n isolated vertices and adding successive edges between them at random. The aim of the study in this field is to determine

    Random graph

    Random graph

    Random_graph

  • Watts–Strogatz model
  • Method of generating random small-world graphs

    possible nodes while avoiding self-loops ( k ≠ i {\displaystyle k\neq i} ) and link duplication (there is no edge ( i , k ′ ) {\displaystyle (i,{k'})}

    Watts–Strogatz model

    Watts–Strogatz model

    Watts–Strogatz_model

  • Modularity (networks)
  • Measure of network community structure

    each edge into two halves, and then each half edge, called a stub, is rewired randomly with any other stub in the network, even allowing self-loops (which

    Modularity (networks)

    Modularity (networks)

    Modularity_(networks)

  • Local loop
  • In telephony, the last part of the connection to the customer

    In telephony, the local loop (also referred to as the local tail, subscriber line, or in the aggregate as the last mile) is the physical link or circuit

    Local loop

    Local loop

    Local_loop

  • Social network analysis
  • Analysis of social structures using network and graph theory

    (individual actors, people, or things within the network) and the ties, edges, or links (relationships or interactions) that connect them. Examples of

    Social network analysis

    Social network analysis

    Social_network_analysis

  • Erdős–Rényi model
  • Two closely related models for generating random graphs

    a fixed number of edges are equally likely. In the model introduced by Gilbert, also called the Erdős–Rényi–Gilbert model, each edge has a fixed probability

    Erdős–Rényi model

    Erdős–Rényi model

    Erdős–Rényi_model

  • Kruskal's algorithm
  • Minimum spanning forest algorithm that greedily adds edges

    graph edges by weight. Loop through the edges of the graph, in ascending sorted order by their weight. For each edge: Test whether adding the edge to the

    Kruskal's algorithm

    Kruskal's algorithm

    Kruskal's_algorithm

  • Curbar Edge
  • Rock outcrop, Derbyshire

    walk covers Curbar Edge, White Edge, and Froggatt Edge. It consists of a six-mile (9.7 km) loop around the three Peak District Edges. The starting point

    Curbar Edge

    Curbar Edge

    Curbar_Edge

  • Louvain method
  • Clustering and community detection algorithm

    modular clustering) that measures the relative density of edges inside communities with respect to edges outside communities. Optimizing this value theoretically

    Louvain method

    Louvain method

    Louvain_method

  • Complex network
  • Network with non-trivial topological features

    finite-size effects occur) -- are very different from what one would expect if edges existed independently and at random (i.e., if they followed a Poisson distribution)

    Complex network

    Complex network

    Complex_network

  • Geometric graph theory
  • Study of graphs defined by geometric means

    Euclidean plane with possibly intersecting straight-line edges, and topological graphs, where the edges are allowed to be arbitrary continuous curves connecting

    Geometric graph theory

    Geometric graph theory

    Geometric_graph_theory

  • 3D modeling
  • Form of computer-aided engineering

    Cloth modeling Computer facial animation Cornell box Digital geometry Edge loop Environment artist Geological modeling Holography Industrial CT scanning

    3D modeling

    3D modeling

    3D_modeling

  • Semantic network
  • Knowledge base that represents semantic relations between concepts in a network

    undirected graph consisting of vertices, which represent concepts, and edges, which represent semantic relations between concepts, mapping or connecting

    Semantic network

    Semantic network

    Semantic_network

  • NetworkX
  • Python library for graphs and networks

    self loops and parallel edges — NetworkX 3.3 documentation". networkx.org. Retrieved 2024-04-24. "MultiDiGraph—Directed graphs with self loops and parallel

    NetworkX

    NetworkX

    NetworkX

  • Graph (discrete mathematics)
  • Vertices connected in pairs by edges

    number of edges that are incident to it; for graphs with loops, a loop is counted twice. The vertices u and v of an edge {u, v} are called the edge's endpoints

    Graph (discrete mathematics)

    Graph (discrete mathematics)

    Graph_(discrete_mathematics)

  • In the Loop
  • 2009 British comedy film by Armando Iannucci

    In the Loop is a 2009 British satirical dark comedy film directed by Armando Iannucci. It is a spin-off from Iannucci's television series The Thick of

    In the Loop

    In_the_Loop

  • Transport network analysis
  • Spatial analysis tools for geographic networks

    street intersection Cost accumulated through individual travel along the edge or through the node, commonly elapsed time, in keeping with the principle

    Transport network analysis

    Transport network analysis

    Transport_network_analysis

  • One-loop Feynman diagram
  • Feynman diagram with only one cycle

    together into an edge. Diagrams with loops (in graph theory, these kinds of loops are called cycles, while the word loop is an edge connecting a vertex

    One-loop Feynman diagram

    One-loop Feynman diagram

    One-loop_Feynman_diagram

  • Multiple edges
  • In graph theory, edges incident/directed between the same vertices

    edges (often in concert with allowing or disallowing loops): Where graphs are defined so as to allow multiple edges and loops, a graph without loops or

    Multiple edges

    Multiple edges

    Multiple_edges

  • Barabási–Albert model
  • Scale-free network generation algorithm

    number of edges in the network). This step can be performed by first uniformly sampling one edge, then sampling one of the two vertices on the edge. Heavily

    Barabási–Albert model

    Barabási–Albert model

    Barabási–Albert_model

  • Katz centrality
  • Measure of centrality in a network based on nodal influence

    is an edge from node  i  to node  j  at time  t k 0 otherwise {\displaystyle \left(A^{[k]}\right)_{ij}={\begin{cases}1&{\text{there is an edge from node

    Katz centrality

    Katz centrality

    Katz_centrality

  • Community structure
  • Concept in graph theory

    algorithm since it allows one to assign the probability of existence of an edge between a given pair of nodes. Finding communities within an arbitrary network

    Community structure

    Community structure

    Community_structure

  • The Loop (CTA)
  • Segment of the Chicago "L"

    The Loop (historically Union Loop) is the 1.79-mile-long (2.88 km) circuit of elevated rail that forms the hub of the Chicago "L" system in the United

    The Loop (CTA)

    The Loop (CTA)

    The_Loop_(CTA)

  • Strange loop
  • Cycles going through a hierarchy

    A strange loop is a cyclic structure that goes through several levels in a hierarchical system. It arises when, by moving only upwards or downwards through

    Strange loop

    Strange_loop

  • Assortativity
  • Tendency for similar nodes to be connected

    be the number of edges in the network. Suppose we label the edges of the network 1 , … , E {\displaystyle 1,\ldots ,E} . Given edge i {\displaystyle i}

    Assortativity

    Assortativity

    Assortativity

  • All You Need Is Kill
  • Japanese light novel by Hiroshi Sakurazaka

    who, after dying in a battle with extraterrestrials, is caught in a time loop that makes him live the same day repeatedly, allowing Kiriya to improve his

    All You Need Is Kill

    All_You_Need_Is_Kill

  • Triadic closure
  • Concept in social network theory

    simple graph (i.e., a graph having no self-loops or multiple edges) with V the set of vertices and E the set of edges. Also, let N = | V | {\displaystyle N=|V|}

    Triadic closure

    Triadic closure

    Triadic_closure

  • Mirror's Edge
  • 2008 video game

    Mirror's Edge is a 2008 first-person action-adventure platform game developed by DICE and published by Electronic Arts. The game was released for PlayStation

    Mirror's Edge

    Mirror's_Edge

  • Network theory
  • Study of graphs as a representation of relations between discrete objects

    part of graph theory. It defines networks as graphs where the vertices or edges possess attributes. Network theory analyses these networks over the symmetric

    Network theory

    Network theory

    Network_theory

  • Multigraph
  • Graph with multiple edges between two vertices

    have loops. A multigraph G is an ordered pair G := (V, E) with V a set of vertices or nodes, E a multiset of unordered pairs of vertices, called edges or

    Multigraph

    Multigraph

    Multigraph

  • Chicago Loop
  • Community area in Chicago, Illinois

    The Loop is Chicago's central business district and one of the 77 municipally-designated community areas of Chicago in Illinois, United States. Located

    Chicago Loop

    Chicago Loop

    Chicago_Loop

  • Conductance (graph theory)
  • Mixing property of Markov chains and graphs

    also known as the edge expansion or the isoperimetic number. However, due to subtly different definitions, the conductance and the edge expansion do not

    Conductance (graph theory)

    Conductance (graph theory)

    Conductance_(graph_theory)

  • Scale-free network
  • Network whose degree distribution follows a power law

    Briefly, let G be a graph with edge set E, and denote the degree of a vertex v {\displaystyle v} (that is, the number of edges incident to v {\displaystyle

    Scale-free network

    Scale-free network

    Scale-free_network

  • Configuration model
  • Family of random graph models

    self-loops or multi-edges. Multi-edge graphs: Graphs allowing multiple edges between the same pair of nodes. Loopy graphs: Graphs that include self-loops (edges

    Configuration model

    Configuration model

    Configuration_model

  • Stochastic block model
  • Concept in network science

    characterized by being connected with one another with particular edge densities. For example, edges may be more common within communities than between communities

    Stochastic block model

    Stochastic block model

    Stochastic_block_model

  • Loop quantum gravity
  • Theory of quantum gravity merging quantum mechanics and general relativity

    Loop quantum gravity (LQG) is a theory of quantum gravity that incorporates matter of the Standard Model into the framework established for the intrinsic

    Loop quantum gravity

    Loop quantum gravity

    Loop_quantum_gravity

  • Network science
  • Academic field

    vertices) and the connections between the elements or actors as links (or edges). The field draws on theories and methods including graph theory from mathematics

    Network science

    Network science

    Network_science

  • Loop Hero
  • 2021 video game

    Loop Hero is a roguelike video game developed by Russian studio Four Quarters and published by Devolver Digital in 2021. The game takes place in a randomly

    Loop Hero

    Loop_Hero

  • Small-world network
  • Graph where most nodes are reachable in a small number of steps

    important in memory storage. An activating pulse generated self-sustaining loops of communication activity among the neurons. A second pulse ended this activity

    Small-world network

    Small-world network

    Small-world_network

  • Directed acyclic graph
  • Directed graph with no directed cycles

    and edges (also called arcs), with each edge directed from one vertex to another, such that following those directions will never form a closed loop. A

    Directed acyclic graph

    Directed acyclic graph

    Directed_acyclic_graph

  • Rich-club coefficient
  • Metric on networks

    is then defined as: where E > k {\displaystyle E_{>k}} is the number of edges between the nodes of degree greater than or equal to k, and N > k {\displaystyle

    Rich-club coefficient

    Rich-club coefficient

    Rich-club_coefficient

  • All You Need Is Kill (film)
  • 2025 animated film

    herself trapped in a time loop. After being killed twice more by the alien vegetation, Rita attempts to escape the time loop both by deserting the UDF

    All You Need Is Kill (film)

    All_You_Need_Is_Kill_(film)

  • Bellman–Ford algorithm
  • Algorithm for finding the shortest paths in graphs

    the new lower value. The core of the algorithm is a loop that scans across all edges at every loop. For every i ≤ | V | − 1 {\displaystyle i\leq |V|-1}

    Bellman–Ford algorithm

    Bellman–Ford algorithm

    Bellman–Ford_algorithm

  • Centrality
  • Degree of connectedness within a graph

    allowance of loops and multiple edges. When specifically dealing with network graphs, often graphs are without loops or multiple edges to maintain simple

    Centrality

    Centrality

    Centrality

  • List of films featuring time loops
  • fiction Category:Time loop television series Category:Time loop television episodes Category:Video games about time loops Category:Time loop novels Matthew Jones;

    List of films featuring time loops

    List_of_films_featuring_time_loops

  • Loop knitting
  • In loop knitting, long, dangling loops are introduced into the middle of a knitted fabric or along an edge (fringe border). The loops may appear singly

    Loop knitting

    Loop_knitting

  • Degree distribution
  • Concept in network science

    connectivity) is the number of connections or edges the node has to other nodes. If a network is directed, meaning that edges point in one direction from one node

    Degree distribution

    Degree distribution

    Degree_distribution

  • Directed graph
  • Graph with oriented edges

    graphs to have loops. Directed graphs without loops may be called simple directed graphs, while directed graphs with loops may be called loop-digraphs (see

    Directed graph

    Directed graph

    Directed_graph

  • History of Merseyrail
  • loops and the St.Helens–Wigan line met. The Loop Line and Link Line were completed, establishing the electrified Northern and Wirral Lines; the Edge Hill

    History of Merseyrail

    History_of_Merseyrail

  • Hierarchical network model
  • the power law meaning that a randomly selected node in the network has k edges with a probability P ( k ) ∼ c k − γ {\displaystyle P\left(k\right)\sim

    Hierarchical network model

    Hierarchical network model

    Hierarchical_network_model

  • Cygnus Loop
  • Supernova remnant in the constellation of Cygnus

    Eastern Veil. NGC 6992 is an HI shell located along the north-eastern edge of the loop at J2000 RA 20h 56m 19.0s Dec +31° 44′ 34″. NGC 6995 is located farther

    Cygnus Loop

    Cygnus Loop

    Cygnus_Loop

  • ISO 10303-21
  • Widely used CAD 3D data exchange file format

    file in many different ways (with FACET_BREP, ADVANCED_FACE, POLY_LOOP, EDGE_LOOP, as a MANIFOLD_SOLID_REPRESENTATION or as a SHELL_BASED_REPRESENTATION

    ISO 10303-21

    ISO_10303-21

  • Control-flow graph
  • Graphical representation of a computer program or algorithm

    component. A loop header (sometimes called the entry point of the loop) is a dominator that is the target of a loop-forming back edge. The loop header dominates

    Control-flow graph

    Control-flow graph

    Control-flow_graph

  • Spatial network
  • Network representing spatial objects

    network (sometimes also geometric graph) is a graph in which the vertices or edges are spatial elements associated with geometric objects, i.e., the nodes

    Spatial network

    Spatial network

    Spatial_network

  • Similarity (network science)
  • has a unique set of edges to other nodes. E and F, however, fall in the same structural equivalence class. Each has only one edge; and that tie is to

    Similarity (network science)

    Similarity (network science)

    Similarity_(network_science)

  • Hyperbolic geometric graph
  • function into a hyperbolic space of constant negative curvature and (2) an edge between two nodes is present if they are close according to a function of

    Hyperbolic geometric graph

    Hyperbolic geometric graph

    Hyperbolic_geometric_graph

  • Bianconi–Barabási model
  • Model in network science

    degree. The higher the fitness, the higher the probability of attracting new edges. Fitness can be defined as the ability to attract new links – "a quantitative

    Bianconi–Barabási model

    Bianconi–Barabási model

    Bianconi–Barabási_model

  • Exponential family random graph models
  • Statistical models for network analysis

    organizational, or scientific contexts. They analyze how connections (edges) form between individuals or entities (nodes) by modeling the likelihood

    Exponential family random graph models

    Exponential family random graph models

    Exponential_family_random_graph_models

  • Koji Suzuki
  • Japanese writer (1957–2026)

    Literature: Dark Water 1998 Nominee for Japanese SF Award: Loop 2012 Shirley Jackson Award for Best Novel: Edge 2021 Bram Stoker Award for Lifetime Achievement Ring

    Koji Suzuki

    Koji_Suzuki

  • Veil Nebula
  • Cloud of heated and ionized gas and dust in the constellation Cygnus

    brightest at the north central edge of the loop, but visible in photographs continuing toward the central area of the loop. NGC 6974 and NGC 6979 are luminous

    Veil Nebula

    Veil Nebula

    Veil_Nebula

  • Triangle strip
  • Set of triangles with shared vertices in a triangle mesh

    generally not possible. Usually the triangle strips are analogous to a set of edge loops, and poles on the model are represented by triangle fans. Tools such as

    Triangle strip

    Triangle strip

    Triangle_strip

  • Delmar Loop
  • Entertainment, cultural and restaurant district in University City, Missouri

    The Delmar Loop, often referred to by St. Louis residents simply as The Loop, is an entertainment, cultural and restaurant district in University City

    Delmar Loop

    Delmar Loop

    Delmar_Loop

  • Temporal network
  • Network whose links change over time

    interaction. Alternatively, it can be represented as an edge list E {\displaystyle E} where each edge e {\displaystyle e} is a pair of nodes and has a set

    Temporal network

    Temporal network

    Temporal_network

  • Farmer's loop
  • Type of knot

    up from the top edge and place it over to the right (of the right loops top edge) then pull the now new middle turn up from the top edge and place it over

    Farmer's loop

    Farmer's loop

    Farmer's_loop

  • Lancichinetti–Fortunato–Radicchi benchmark
  • Algorithm

    the benchmark node belongs to. This parameter controls the fraction of edges that are between communities. Thus, it reflects the amount of noise in the

    Lancichinetti–Fortunato–Radicchi benchmark

    Lancichinetti–Fortunato–Radicchi benchmark

    Lancichinetti–Fortunato–Radicchi_benchmark

  • Network motif
  • Type of sub-graph

    if V′ ⊆ V and E′ ⊆ E ∩ (V′ × V′). If G′ ⊆ G and G′ contains all of the edges ⟨u, v⟩ ∈ E with u, v ∈ V′, then G′ is an induced sub-graph of G. We call

    Network motif

    Network motif

    Network_motif

  • City Loop
  • Rail tunnel through the Melbourne CBD

    trains running on balloon loops around the CBD. The Loop follows La Trobe and Spring Streets along the northern and eastern edges of the CBD's street grid

    City Loop

    City Loop

    City_Loop

  • Non-canonical base pairing
  • Base pairs in molecular genetics

    edge) or A:U tHW (trans Hoogsteen/Watson-Crick), A:G cWW, etc., are often seen within double helical regions giving rise to symmetric internal loop like

    Non-canonical base pairing

    Non-canonical base pairing

    Non-canonical_base_pairing

  • Palm Springs (2020 film)
  • American film by Max Barbakow

    with a science fiction edge. While Groundhog Day (1993) was a fundamentally important starting point for the use of a time loop in a romantic comedy, Barbakow

    Palm Springs (2020 film)

    Palm_Springs_(2020_film)

  • List of state highway loops in Texas (300–399)
  • eastern edge of town. The highway multiplexes with US 87 while being routed west. The multiplex ends at the US 87/277/Loop 306 interchange, with Loop 306

    List of state highway loops in Texas (300–399)

    List_of_state_highway_loops_in_Texas_(300–399)

  • The City on the Edge of Forever
  • 28th episode of the 1st season of Star Trek: The Original Series

    "The City on the Edge of Forever" is the twenty-eighth and penultimate episode of the first season of the American science fiction television series Star

    The City on the Edge of Forever

    The_City_on_the_Edge_of_Forever

  • Biological network
  • Method of representing systems

    constructed of communities as nodes with edges representing between-community edges and loops representing edges within a community. The process continues

    Biological network

    Biological network

    Biological_network

  • Causal loop diagram
  • Visualization of variable interrelationships

    loop diagrams are accompanied by a narrative which describes the causally closed situation the CLD describes. Closed loops, or causal feedback loops,

    Causal loop diagram

    Causal loop diagram

    Causal_loop_diagram

  • Delta set
  • Abstraction useful in the construction and triangulation of topological spaces

    we can define a triangulation with a single vertex 0, and a single edge looping between 0 and 0. Formally, a Δ-set is a sequence of sets { S n } n =

    Delta set

    Delta_set

  • Live looping
  • Musical technique

    on a computer with an audio interface. Musicians can loop with either looping software or loop pedals, which are sold for tabletop and floor-based use

    Live looping

    Live looping

    Live_looping

  • Efficiency (network science)
  • on N {\displaystyle N} nodes wherein all possible edges are present. In the unweighted case every edge has unitary weight, G ideal {\displaystyle G^{\text{ideal}}}

    Efficiency (network science)

    Efficiency (network science)

    Efficiency_(network_science)

  • Overlock
  • Type of multi-thread stitch

    uses loopers fed by multiple thread cones rather than a bobbin. Loopers serve to create thread loops that pass from the needle thread to the edges of the

    Overlock

    Overlock

    Overlock

  • Degree-preserving randomization
  • nodes with E {\displaystyle E} edges, select two dyadically tied nodes. For each of these dyadic pairs, switch the edges such that the new dyadic pairs

    Degree-preserving randomization

    Degree-preserving randomization

    Degree-preserving_randomization

  • Davis Guards Medal
  • Confederate States campaign medal

    line, about one-eighth of an inch from the edge, from which groups of oblique lines extend to the edge. Loop for suspension. Four of the medals are known

    Davis Guards Medal

    Davis Guards Medal

    Davis_Guards_Medal

  • Close to the Edge
  • 1972 studio album by Yes

    Close to the Edge is the fifth studio album by the English progressive rock band Yes, released in the UK on 8 September 1972 and in the United States on

    Close to the Edge

    Close_to_the_Edge

  • Maximum-entropy random graph model
  • {\displaystyle G(n,p)} (which each have one global constraint on the number of edges), as well as the configuration model (CM). and soft configuration model

    Maximum-entropy random graph model

    Maximum-entropy random graph model

    Maximum-entropy_random_graph_model

  • Multidimensional network
  • Networks with multiple kinds of relations

    networks without any labels on vertices, and introduce the definition of edge-labeled multigraphs which can cover many multidimensional situations. The

    Multidimensional network

    Multidimensional network

    Multidimensional_network

  • Cyclomatic complexity
  • Measure of the structural complexity of a software program

    is linearly independent if the edge set of any path P {\displaystyle P} in S {\displaystyle S} is not the union of edge sets of the paths in some subset

    Cyclomatic complexity

    Cyclomatic_complexity

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